Project cooperationUpdated on 17 April 2024

SUBMARINE TUNNEL TECHNOLOGY PROGRAM (STT-PRO)

Sayed Ajaj

Director of R&I center at Science Association For Education, Sport And Teaching (SAFESAT)

Tripoli, Libya

About

A Transformed Tunnel System (TTS) and submarine technology are combined in a novel concept called Submarine Tunnel Technology (STT). This integration makes it possible to transport freshwater, clean hydrogen, cargo, people, and other items across continents.

Capturing the wind energy generated by the trains in TTS is one of STT's main features; this could transform infrastructure and global connectivity. This technology could bring about a revolution. Obtaining the renewable energy produced by the motion of trains is the process of generating wind energy in TTS. Technology like wind turbines positioned alongside railroad tracks can help achieve this. Train movement creates airflow that can be used to generate electricity, offering a renewable energy source. This creative strategy demonstrates how transportation networks can support the production of clean energy.

STT's groundbreaking advancement, which draws on the patent "Sayed Ajaj Transformation Structural Method for converting traditional structural elements to transforming structural systems (SATSM)," seamlessly integrates TTS and submersible functionalities. This promising development is driving towards a future that is not only cleaner and more efficient, but also more interconnected. The potential of this innovative method to revolutionize diverse industries and enhance the overall human experience is significant.

This strategy not only encourages the production of sustainable energy but also makes transportation more efficient and improves global communications networks. Our economically viable STT provides a cost-effective solution for underwater transportation, infrastructure development, and the production, export, and distribution of hydrogen at a competitive price of 2-3 Euros per kilogram of H2, and frequently even less. This eliminates the requirement for costly R&D or R&I for systems like direct seawater electrolysis, making it a financially viable option for a variety of industries. STT can have a big impact on a lot of different industries and open the door to a more sustainable and connected world if the right kind of investment and cooperation are made. This innovative technology holds promise for addressing the increasing demand for clean energy and promoting international cooperation for a greener future.

Stage

  • Planning

Type

  • Partner looking for consortium

Similar opportunities

  • Project cooperation

    Solar Thin-Film Panels

    Daniel Chirtes

    CEO at Haptic R&D Consulting Srl

    Aricestii Rahtivani, Romania

  • Project cooperation

    CL5-2024-D4-02-04

    • Planning
    • Consortium looking for partners

    Emil LEZAK

    Co-Founder at Centrum Transferu Technologii – INNOVATIONS Sp. z o.o.

    Warsaw, Poland

  • Expertise

    HORIZON-CL5-2023-D3-02-14

    Gabriela Espinosa

    Tech Transfer at Irec

    Barcelona, Barcelona, Spain